Concepts for Highly Automated Green Windows in the ISOBUS Architecture

This whitepaper presents and analyzes five concepts for implementing highly automated Green Windows within an ISOBUS-based agricultural workflow. The concepts differ in how computation, data exchange, and sensing are distributed among the Farm Management Information System (FMIS), Task Controller (TC), and onboard or external sensors. Key factors influencing concept suitability include the location of algorithm execution, the handling and storage of Green Window positions, interoperability of data formats, and the choice of sensing system. The concepts collectively illustrate a range of options balancing automation, standardization requirements, operational flexibility, and integration effort, enabling stakeholders to select an approach that aligns with their technical infrastructure and management objectives.     «

This whitepaper presents and analyzes five concepts for implementing highly automated Green Windows within an ISOBUS-based agricultural workflow. The concepts differ in how computation, data exchange, and sensing are distributed among the Farm Management Information System (FMIS), Task Controller (TC), and onboard or external sensors. Key factors influencing concept suitability include the location of algorithm execution, the handling and storage of Green Window positions, interoperability o...     »